Wire twisting and weaving machine.



E( WAGNER; A I WIRE TWISTING AND WBAVING MACHINE.

APPLICATION FILED AUG. 28, 1912.

1 Patented May 12, 1914.

s SHBBTS SHEET 1.

fi/We" E. WAGNER. v WIRE TWISTING AND WBAVING 1111101111111.

lAPPLICATION FILED AUG. 28.1912vl Patented May12, 1914.

s SHEETS-SHEET 2.,

E. WAGNER. WIRE TWISTING AND WEAVING MACHINE. APPLICATION FILED AUG. 28, 1912y 1,096,080. v Patented May-12,1914.

8 SHEBTS-SHEBT 3.

@am .I I,

Patented May 12, 1914 8 SHEETS-SHEET 4.

E. WAGNER.

WIRE TWISTING AND WEAVING MACHINE. APPLICATION FILED AUG. 28, 1912.

. 221er; 59%@ n a E. WAGNER. I WIRE TWISTING AND WBAVING MACHINE.

APPLICATION FILED AUG. V28, 1912.

1,096,086. Patented 1v1ay12,1914.

8 SHEETS-SHEET 5.

` .I/l/I/l/ll/l/l/l Illllll/Illllllll..

l E. WAGNER. WIRE TWISTING NND WEAVING MACHINE.

APPLICATION FILED AUG. 28, 1912; l

Patented May 12, 1914.

8 SHEETS-SHEET 6.

E. WAGNER.

WIRE TWISTVING AND WEAVING MACHINE.

APPLICATION P1L'EDAUG-28, 1912.

1,096,080. Patented May12,1914.

8 SHEETS-SHEET 7.

E. WAGNER.

. WIRE TWISTING AND WEAVING MACHINE.

` APPLICATION FILED AUG. 28, 1 912. 1,096,080. Patented May12,1914.

8 SHEETS-SHEET 8.

"WMM/f y ERNST WAGNER, F REUTLI'NGEN, GERM'ANY.

' WIRE TWISTING AND WEAVING MACHINE."

Specification of Letters Patent.

Patented iiiay 12, 191i.

Application filed Angust 28, 1912. Serial No. 717,599.

To c/ZZ l/1on1 'it in 0 1/ concern Be it known that I, Finxs'r lvmxnn, a citizen of the Empire of Germany, and residing at Reutlingen, Germany, have invented certain new and useful Improvements iii lVire Twitsting and WeavinT 'Iachines, of

s: t' which the following is a specification.

M v invention relates to thatI type of wire twisting and weaving machine, for making wire netting of .quadrangular mesh in which lengths of wire are given a zigzag shape or the form ofl ai flat spiral loyineans. of a coiling wormA surrounding aY coiling knife, and v shaft 19 drives tlieblades G3, (Si for c iitting `the wireby means of'an eccentrlcti (Figs.

are then interlinked or interlacedhvith the' finished netting'by the zigzag wire being threaded through the last row of iixesho'f the -iinished netting.-

Important objects vof my invention 'are to provide firstly` improved controlling mech-` anism of the driving members of the indi? vidual operativemembers; secondly, iin-.

proved guide means for the zigzag wire during theinterlacing loperation; thirdly, 1mproved mechanism for closing the meshes 'at the edge of the netting; fourthly, an iinproved device for winding. np the netting, and iftlily, other improved details of vconstruction described hereinafter.r

To these ends my invention consists in the combinationiof parts described hereinafter and embodied in the claims.

lily invention is represented h v wav of example in the accompanying drawings, wherein Figiircs 1 and 2 are front elevation and top plan view, respectively, showing'a wire' twisting and weavin(Y machine .emhod 7iner e. l: t:

in v invention. some unimportant parts -hav- Y ing-been omitted; Figs. 3, 3 and i'sliow, on auenlarged scale, the regulating and driving device in end-eleif'ation in a vertical sec tion taken on line 3-3 in Fig. 2 and in a sectional front elevation respectively; Fig. 5

is a vertical section through the regulating mechanism taken on the line 5 5in Fig-4; Figs.' G and 7 are front elevation and end elevation, respectively, showing the gripper device and guide channel.; Fig. Sis afront elevation showing-'the device for 'bending over the ends of the wire; Figs. S), 10, and 11, show some parts of the regulating'device in different positions; Figs. 12, 13, and

14 are vertical section. top plan view, and front Aelevation part-137 in section,v respec7 tively, showing the cutting device; Figs. 15 and 1G are end elevation and top plan view,

respectively, showing the winding device;

and the countersh'aft 7, and the shaft" 19 through-the .medium of the spur gears 6, 10 and 17. 1S and thecountershaftvl. This 2, 12 and? 13); it drivesalso. by spurgears 24@V and ,54 the shaft 52 (Figs' 2 and 3),

'wli'ich--ac'tiiates by f means of ca ms 10Q-(Fig. 2), the apparatus forbending hack the wire ends' projecting 'atthe edges of the finished. netting4 (See Figs.Y 7 and 8); the shaft 52 drives also, `by mean-s of 'achainA gear 55, 516, 57, (Figs. 2 and 3) aA shaft-,'51 which con- 7) a device for holding the' netting in the desired pcsitionatthe subsequent working l(sv-cles' (see they hoolis'- 84. Figs. v(Sand 7 ).i

the machine alternate/'1yv in the one and 'then theotlier direction with the subsequent working cycles, and-it influences. 'also` by.' means of a cam '50 (Fig. 3).the regulating J device.' The shaft 19 actuates also', by means of a cam 139 (Figs. 15 and 16,)L','the` winding-'pvl up mechanism. The shaftl 12 can be disconnected from the. main shaft '2 b v meansy of the clutch 13 (Fig. 2) ,and theffshaft 1 9 can .he disconnect-ed.therefrom bym'eans of theclutch 20. The one) or the other. slidablev clutch, which are looth -under the influence of springs or the like tending to" throw them into gearLis thrown out of garlov the action of wedge-shaped ends of the three-armed ycontrolling,lever 21 (Figf -coacting with i corresponding vslanting faces onthe clutches. ',iVheir this three armed lever'is rocked t-o the.'

left against the action ofthe spring`v23 ont of the' position, not shown,I in which it holds the clutch 18 of the shaft 12 disconnected,

vthe clutch 2O of the shaft- 19 being engaged,

and into the position shown in Fig. 3, it-

loo

holds the clutch 20 of theshaft 19 disco-n-y nected, ,the clutch 13 being engaged; this rockingm'otion -is caused by 'the cani 24` (Figg) `fast on the-shaft 19, which rain acts on theantifrietion roller 25carried by the thirdarin 2l of ythe controlling lever 21,

and itis securely, held in thisfposition by the ylocking lever 26 (Figs. 1 and 4) acting as a catchou'ing to the end of the arni 21v ot the lever 21 projecting through an aperture (Fig. ft) in the front 'Walljof the framework into a' notch or recess 2(3"inthe lever 26fpulled to the left bythe spring 2S. t

l The locking lever QG-may bereleasedfor enabling the lever 21tov rock lback into the tirst position, not shown. into which it tends to move under the action of the spring 23,'

only when the ceiling-knife shaft 12 has rotated as many revolutions as the netting is to'have'ineshes in Width. The regulatingI mechanism `shown in Fig. 5 lwhich brings about the release ot the locking' lever-26 through the' medium of the connecting-rod 29V (Figs. 1, 2 and 4) is adjustable in such manner that the release takes'place earlier.

or later according in each instance to the number ot meshes required. This regulatingmechanism is constructed as follower- The axle 39 carried by the bearing 34, 35 is coupled With'the ceiling-knife shaft 12 through `the medium of speeding down y gearing which, in the illustrative embodi- .30

ment, is formed as pawl'vand ratchet mechanism. lllhe ratchetlQt-l is tree torotate on a sleeve-like extension ot' the bearing. The lever l 53 is :tree to rock about the hub of this ratchet, and this lever 'carries not only the pawl 129 Whichfengages inthelratchet 128 but'also an antifriction roller which projects' into the cam-Way of the ring' 32 tast on the end' of the shaft l2. The ratchet-Wheel i 128 drives-the axle 39 through the medium of a claw clutch 36, 37, 1When the shaft 19 is stationary and the shaft 12 rotates the 'aitle 39 is rotated slowly through the inediuin of the pawland ratchet gearing, and

the 'cordflll carrying a Weight 45 is wound up around the pulleyl. When the axle 39 has rotated about half a revolution counterelockwise :troni the posit-ion shown in Fig. 1A

' the lng er stop 30 carried by the disk "31.

abuts against the'outer end of the connecting-rod 29V pivotedto the locking lever 26;

This lever 26 ist-hereby disengaged andthe threearmed lever 21 ,can rock clockwise under theintluence of the spring 23, Wherebythe lclutchl of the 'shaft 12 `is disen-v gaged and the clutch 20 or" the shaft 19 at once closes under the action of its spring.

l The shalt 19 now' rotates one single revolution counter clockwise, and aetuates the above-mentioned operative' devices connected with it; lit the beginning of the rotation of this shaft 19 it rocks the angle lever l? (Fig. 3,) by nieans oit the cani 46, and they shorter arm oltjthis leven disconnectsv the -cla'wy clutch i363, 37, 39 o ,tftlie' regulating mechanism, I latins manner the axle -39 Vis temporarily disconnected from the non' stationary shaft 12gand can rotate back into its initial normal position'under the-action ot' the Weight 45. `The toothed disk 3l (Fig. l'cai'rying the stop 30 which acts on the rod 29A is operatively connected with the axle by a toothed clutch member 41 in similar manner as the ratchet 128, and after the nut Ift2 has been released can be coupled,l in variat the second, fourthand sixth interlacing operation than at the tirst, third, fifth, etc. To this end, l form the tree vend of the iod 29 stepped, as shown in 9 to 11, and it is alternately raised and lowered. in such manner by means of the two-armed lever 58,

suitably actuated by driving gear 450, 51., 52

(Fig. 3) that at the end ot' each interlacing y operation tirst the one tace and then the other is located in the nath of the ston 30. rlhe gearing 57, 5G, 52 ot the shaft 51 is constructed. in such manner that while the shaft 19 rotates one revolution, the shaft 51 .rotates halta revolution, the shortarrn ot' vthe lever 5S bearing against the lowlpart oit the cam during one interlacing opera-tion and against the projecting part thereof dur- `ing vthe next. v

lntlie illustrative embodiment shovvn in Figs, 9 to 11 the rod 29 has a folding, hinged end portion 69 whose abutment faces project beyond the faces of the end `GO of .therod 29; when the end portion 60 is folded downward thelever 26 is reversed, z'. e. disf engaged, earlier than when the said portion is lifted up', so that in the former. case then shaft 12 rotates one revolution or.. halt a revolution less than in the latter case.

The Wire netting which runsfromthev place Where it is Amade over the guide S3 (lligal, 6, 7, and l5) tothe Winding device is kept in such a position by the hooks (Figs. t3 and?) engaging in the last row ,of meshes -butl one that the A`last rowv of meshes depend to near the-bottom ot the guide' channel 16. The Wire for forming the newy meshes isvbent zigzag by the ceiling knife 4lll rotating Within the ceiling Worin; v15 (Eig. 17) and is moved spirally into the channel 16 arranged coaxially with the ceiling knife, so that the front end of the Azigzag Wire interlaces with the last meshes of thenetting located in the channel. This "eperationis represented in' Fig. 18'; for 'the iso 'f isa' slgejvof clearness thenew zigzag-wire- 126` being-inserted' is "shown in solid black.

When the beginning of the newzig'zag wire has-i` arrived at' theoutside edge of the netting the coilingknife is automaticallyvv stopped in the mannerv described above', and

the shaft 19 now rotates. lThis Vsha-ft then operates the eut-ting` deviceshown in Figs.

wire at the Vfront 4edge 'of theV netting. l This' cutting device substantially eonsists' ofl two slides 67 and 75 mounted to slide from both sides toward the wire; the former slide- Cariies two blades 63,?` and the latter/olle blade 64: which when cutting enters between the two blades G3; '.'This vcutting device is driven through the medium of the eccentrio y rod 6 6 and the'ecoentrio'by the shaft .19,

-the slide 67 being directly driven bythe rodl 69, and the slide 75 through theme` dium of the two-armed. lever 68. theconnesting-rod 71 and the lever-.72 in a directionA opposite'do that 4in which the slide 67 is driven. Further, .when the shaft 19 rotates it drives, through the medium lof the Shaft 52, the devices for closing the meshesA 'at the-'edge of the netting shown in Figs.

` 7 and 8. As shown in Fig. 1,'two of such devices are-provided, theone of which closes `the meshes o n thef right hand, and the other the-.meshes on the left hand of the netting. These devices are constructed as follows:

' The puppet 100 is slidable'on the bed-plate 1 of the machineand can .be moved by rotating the hand-wheel -102 shownv in Figs.

'1 and 2.' A slide/112- is slidable longitudi-V na-lly oh the: top of this puppet. In the end of this slide facing the netting is mounted the forked head 1`O8pin whose prongs are journaled-the members for bending the ends ofthe wire, '1'..thegrooved rollers' 111. lThe slide 112 is movedtowal'd and away from the netting b v means of a i mesh lat the edge of the netting whose prof vcam, 109,-fast'on-the shaft 52, and the twoi' armed lever 110. At. the same time as the slide 112 is driven forward a slide 99' mov# ablevertically along t'hegend of thepuppet is :shiftedupward-'through' the medium of' thef-angle lever 101`by means of a second cam,103, fast onl the shaft 52.y in'sueh man-" ner that the mandrel' 96 carried by the horizontalarm 97 of this slide enters into that j-ecting ends are t0 be bent over; .Y When the .slide 112,*moves forward the shoulder 1,06

on its bottom face abuts againstt-he pin 101"4 movable. 'vertically in a second horizontal .arm 105 of the slide 99, The angle-lever carrying the mandrel 9.6 is hereby rocked right-handedly so that its hook-shaped en'd 111l engages the mesh and presses-'it against the bending tool, t'. e.- the groovedv rollersl 114.` 'On the forked head .108 carrying the,

vsaidbending tool is a Din 116' which'is. di-

rected'horizontally to the rear (Fig. 7) and 'slotted guide 115;" .out`v off the net-ting. ean'move forward-v thefdistanoe ofhalf a diagonal of. 'a mesh.l `In 'border to venablefthisv vlution duringone revolution oftheshaft 19. To this end, thepshaft 51carries a cam f Passes through a slotted; guide rigidly?- A owing to the pin 11j:`

shaft-85 earryingl the hooks o'rgripper's 85"' must bej roin which they. aref engaging, andthat the hooks 84,-., arrange'd' staggeredghalf a diagonal of a meshflongitudinally: relativ-ely l-to the hooks l 85,2mayV enter into thel next lower row, of meshes. Thisrocking motion is imparted to the shaft 86 by the shaft 51 which, in turn, asmentioned above. is ldriven in such manner that it rotates half 'ajrevo 91'against'the'periphei1v of which the ends of the-twoiower armsof'the three-armed l lever bear at approximately diametrioally opposite points. The end of the top arm 92.'

the shaft. 8G. :During one interlacingop eration the'end of the one, and during the next operation the, end ofj'the other of the two lower-- arms of the lever 93 bears .onthe 10C projetingpartthe-m5111191', so that the hoolis S5 andf84 alternately engagel in'j'thenett-ing Inorder that the new zigzagwire' can be oorreotlyi-'interlaced intoI 'they last zigzag'vule now fornilr'lg'- the flastf row ofy 105 meshes of the finished nett-ing, the' yformerv must be shifted longitudinally reltively to the latter, as shown in Fig. 18. a' distance' equalto the half of the diagonal amesh,

so that when interlacing'afwire"thefitobxj 1.1 0 poin'ts of the-former zigzag fall into :thebottoml=p arts ofthe last zigzag. Therefore," .before a new zigz'agwire eanbe interlaced with the' end .meshespf the netting it must."

'be moved laway `fr o'mith. finished: netting a 115L distance'- equal .toy halff-'the-diagonal 'of a ,two jaws-76' holding the` soiling-worm 15' isv mounted-to" slide longitudinally onLlthe `bed i lg1 of the machine, this mot-ion being inripart-v 120 twoarm-ed 'lever 77,. ajoo'nnecting-.rod 7 9,

a two-armed lever' 80' androdv'SQgjy in ori-f der toenable the c oiling yknifel rotating in' 125 Jthe@ soiling worm 15 topart-ieipatern the longitudinal motion o f'gth latter, the coilvingknife is -onneoted withits shaft 12 throughv the 'medium of asleeve 130 (Fig.;

17) which .can Shia .lgngaudiaaiiy es the '13o' 95. of this lever engages in a fork 94:.fast onI J cut oit, the ceiling worm andthe knifefare moved toward the netting halt a diagonal4 of a mesh. and the following' zigzag wire is thereby shifted the requisite distance rela! tively to the zigzag wire 126 ynow Storming the last row ot' meshes. l Ot' course, .when ind sortingV the zigzag wire 126' moved-away halt a diagonal into the netting, in order that the beginning of thewire may" ce-r,. tainly pass to the outside 4edge et the neo. tingv the ceiling knifeinnst `rotate half a revolution more' tlianduring'the previous and. the 'following interlaei'ng operationi This requirement sfinet by 'thev above-deu` scribed iorination ofthe end GO of the rod.' 29 in steps which is rocked hy thclever 58.

" The device for windingl np thetinished netting is constructed as Ollow-'The tinished netting-runs along the guide 88 to the winding roller 135 (Figs. 15 and-1G) carried by tiio'iloor-'fi'aines 145) at the reai et the machine. (ln the vjournal oit this'roller pro# ject/ing out ot' the bearing of thc front tlooit'raiue 111-9 is keyed a 'ratchetflitl5 in which engages a spring-pressed cliclt152 joiiriial'ed on Athe oorstranie and preventing the roller rot-ating backward; on kthe sanie journal is iiileruined a' two-armed lever 186, which is connected with a' pinion MCIv and .whosey top endcarriesl a 4pawl 151 likewise engaging in .of the ratchet 15G and the lever .143, ywhich is keyed on the pivot ot' the gear 141 and carries the lweight 1114, -is simultaneously lifted by the pinion 1110 in .niesli with the gear L11. llllien the projection of the Cain 189 has passedthe antifiiction rol-ler 142 carried by the top end ot' the lever 138, this lever is rocltcdfbacl; by the action of" the weighted lever 14S, and the pawl 151 rotates ilie ratchet 15() and `with'iit the roller 135 until the nett-ing; is stretched taut,y (lli vimisly, vthe length oi'nettin'g wound up diiring each oscillation et the levers cannot amount tonniore than half a diagonal of a iucsli lhegreater't-he diameter of thev roll olf nel tiiigbeconies owing to the .continued wintlinglnp,` tlie less will be the returnvrocliing, motion [of the levers.

Leeaoeo At the rear et the 4roller 135 for the netting vis located the roller-146 which ,is carried by two .arms 147 and is connected by a rod 145 with the weight 144 movable along the lever 143.

Referring 'again `to Fig.l 18, in coiitradis-` A ,tinctioIi vtOtlie. guide means shown in Figs. G and 7 comprising the guidechannel, 16,

123, in which the zigzag` wirev is completely vhidden vfrom view while it is being interlaced, this Fig, 18. shows inodiiied guide ineansfor guiding the zigzag wire while it is being interlaced, ^1n which the interlac- `i ng operation can be readily observed.- `These inodicd incans substantially consist of a` ring 125,'pre1erably approximately the length oflone diagonal ot' a mesh, iiitowhicli the 'finished netting depends through a slit ,in the saniev nia'nner as in the channel cordingto` Fig. 7, and which is t'edfoiward vsynchronous]y, with the front end of the y are vadjusted longitudinally as follows t--Aiter loosening the screws 88 the pairs et' the hooks are moved 'apart corresponding to the 1larger inesh, and then yafter loosening the screws!) each pairot hooks `is adjusted Vin 1 suchnianner that a hook. 8-1- is half a diagonal'ot a niesh away from al hook 85.

scribed constructions may bersubstituted ley mechanical equivalents without departing troni thescope of the invention. For exainple, instead of the two-armed lever 21 which 'brings about the Vreversal 'of the clutches 18, 20, any otherI suitably formed. nieniher, c. ff. slidable member, inay be cnivployed, Also, insteadotl thevaxlc Sflbeing uncoupled from the sha-tt 12 by theclaw It. iste .heiinderstood that the-above-de- 'clutch 3G, 87,. this maybe brought about iii other suitable iiianner,lc. g, by lifting the pawl 129.` Fui-then inst-cad ot thc axle 89 being driven by thepawl and ratchet nieohaiiisni 128. 12S) it may be 'driven any other suitable speeding-down gearing, e, g. worin gear. Again, iiistead'offthe rollers 114 for 'bendin-gover the ends of the wires beiner arranged rotatable in the head 108 of the tool, they iiiay'be,nio-untedtixcdly there on. Lastly, whenthetoohhead 108 nievesI forward, instead o-t turning:- a littlecorrej;

sponding'to the hond of 'its'A giiidefslot, it may rotate a complete revolution, in which event theends of the wires will be twistio. L .l cla.iin:-. Y 1. ln a machine tor manufact ring wire.

llt

netting, a main driving shaft, a ceiling shaft, a second working shaft, coupling means for connecting both the latter shafts with said main shaft, a controlling member adapted to hold alternately the one or the .other of said coupling means disengaged, a

cam on the second ,shaft 'adapted to move the cont-rolling member into that position inwhich it holds the couplingnieans of this shaft disengaged, aV spring-actuated locking vmember adapted to lock the` controlling memberjinthis positiomand mechanism for regulatingthe number of revolutions to be made by Athe ceiling shaft, ,said mechanism being operatively connected with this shaft and adapted-to release the controlling mem' ber from sa'id locking member.

2. In a machine for manufacturing Wire netting, a niain'driving shaft, Aa ceiling shaft, a second working shaft, change-over coupling means adapted alternatelyto hold the one or the other of lthe latter shafts connected with said main shaft, mechanism for regulating the nuniber'of revolutions to be made by the ceiling shaft, said mechanism being operatively connected with this shaft, andv means actuated by the second shaft for momentarily disconnecting this mechanism from its operative connection' with the coiling shaft.

3. 1n a machine for manufacturing wire netting, a main driving shaft, a coiling shaft, a second working shaft, coupling means for connecting both the latter shafts with said main shaft, a controlling member adapted alternately to hold the one or the other of said coupling means disengaged, av

spring-actuated member adapted to lock the controlling member in one position, regulating mechanism for regulating the number of revolutionsA to be made by the coiliiig shaft, and a bar for transmitting motion from the regulating mechanism to the lock.

ing member, said bar being influenced by a shaft in operative connection with the second shaft in such manner that at every other working Astage the ceiling shaft is allowed to make onerrevolntion more than at the preceding and following` stages.

4. In a machine for manufacturing wire netting, a main driving shaft, a ceiling shaft, a second working shaft, couplingl means for connecting both the latter shafts with said main shaft, a'controlling member adapted alternately to hold the one or the other of said couplings disconnected, mechanism for regulating the number of revolutions to be made by tliecoiling shaft, said mechanism being operatively connected with this shaft, a spring-actuated member adapt-f ed to lock said controlling member in one position, and a bar linked to this member and carried by a lever actuated by a cam on the one or the other of which is alternately' engaged by said lug. A

5. ln a machine for Amanufacturing Wire netting, a main driving shaft, a ceiling shaft, a second working shaft, change-over coupling means adapted to holdalternately the one or vthe other of the latter shafts 4connected with said mainj shaft,-two sup ports' arranged at 4 thegtwo sides of the netting, aslide having a forked head slidable Aon'th'e top of each support, means for moving the slides toward and away' from the edges of the netting, and two groov'ed rollers journaled between the prongs of each forked M, head for bending back a" pair of converging Wire ends at the edge of the netting.

6. In a machine for manufacturing wire netting, a main driving shaft, av lceiling shaft, a second Working shaft, change-over coupling means adapted to hold alternately the one or the other of the latter shafts connected with said main shaft, two sup-Vy 'ports arranged at the two sides of the neton the top of each support, a curved slot-ted guide mounted 0 @21011 Support a pin Los." each head projecting .into the slotted guide l on'e'ach support, means for moving the fao ting, a slide having a forked head slidable" slides toward and away from the edges of"l the netting, .and two groeved rollers journaled between the prongs of each forked' head for bendingand twisting a paiiwof 'l Yconvergin ting.

g wire vends at the edge of the netln a machine for manufacturing wire v netting, a main driving shaft, a ceiling o f converging wire ends, a second slide mov-' Aable vertically on eacliv support, means for moving both lslides toward and away from the edge ofthe netting,l and a finger fulerumed on the second slide and adapted to enter a mesh' of the netting oppositev the same, the bottom face ofthe former slide comprising a cam sui-face for actuating said.

finger and rocking the saine when the saidA slides move toward the netting.

In testimony whereof, I affix my signature in the presence of two witnesses. l ERNST .VAGNER. l/Vtnesses: l

PAULINE MLLER,

PAULINE Kramm. 

